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Casa> Lista de Produto> Micro Cable> Microduto HDPE> HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto

HDPE 2 Way Outdoor direto enterrado Tubo de microduto

Tipo de pagamento:L/C,T/T,Paypal,others,Cash
Incoterm:FOB,CFR,CIF,EXW,FAS,FCA,Express Delivery
Quantidade de pedido mínimo:1000 Meter
transporte:Ocean,Land,Air,Express
porta:Shenzhen,Guangzhou

  • Atributos do produto
  • Embalagem & Entrega
  • Descrição do produto
  • Capacidade de fornecimento e informaçõ...
  • Other information
Atributos do produto

ModeloDB2

marcaOEM

Diameter16/12 14/10 12/8 10/6mm

Lengthcustomization

Ovality (%, Before Coiled)5%

Nome de produtomicroduct

MaterialHDPE

Serviço De ProcessamentoExtrusão

Opções De CoresBranco, vermelho, verde, azul totalmente colorido

Usounderground installation

Espessura Do Subduto2,0 mm

Espessura Da Bainha1,2 mm ou personalizado

Embalagem & Entrega
Unidades de venda: Meter
Tipo de pacote: Pacote de exportação padrão, comprimento do tambor é 2000m ou personalizado
Exemplo de imagem:

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Descrição do produto
HDPE 2 Way Outdoor direto enterrado Tubo de microduto
PRODUTOS Descrição para HDPE Micro duct Tubs :
Microduto HDPE 2 maneiras de pacotes para que as fibras que sopram ar sejam instaladas pelo Air Jetting.
Pacotes de microdutos compostos por 18/14, 16/12, 14/10, 12/8, 10/6, 8/4, 7/3,5, 5/3,5 mm de subdutos, ou customizados. O microduto interno foi projetado para ser flexível e leve, mas durável e fácil de manusear. O microduto possui características de baixo atrito adequadas na superfície interna.
Nome do produto: microduto de 2 vias, tubo de microduto enterrado direto, microduto enterrado direto ao ar livre
Detalhes imagens para Microduct Pipe HDPE:
indoor microduct12 8 mm HDPE microduct2 way air blown fibre microduct
Especificação do tubo de microduto 7way:
Raw material:
HDPE of a high-molecular type with the following parameters is used for production of the microduct:
Melt flow index
0.1~ 0.3 g/10 minutes  (190 C , 2.16KG)
EN ISO 1133
Density:
Min. 0.940 g/cm3
ISO 1183
Tensile strength at yield:
Min. 21MPa 
ISO 527
 l Elongation at the break
 Min 350% 
ISO 527
 l Environmental stress crack  
resist (F50)
Min. 350 hours
ISO 4599
Physical and Mechanical Properties of Sub-duct 18/14mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
18.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 10mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 180mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 1800N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
216mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 16/12mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
16.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 10mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 160mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 1600N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
192mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 14/10mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
14.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 8.5mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 140mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 1350N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
168mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 12/8mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
12.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 8mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 120mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 1200N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
144mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 10/6mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
10.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 6mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 100mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 1000N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
120mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 8/4mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
8.0mm ± 0.1mm
3
Wall thickness
GTOC
2.0mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 5mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 80mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 720N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
96mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 7/3.5mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
7.0mm ± 0.1mm
3
Wall thickness
GTOC
1.75mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 5mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 70mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 630N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
84mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties of Sub-duct 5/3.5mm
1
Visual appearance
Visual inspection
Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2
Outer diameter
GTOC
7.0mm ± 0.1mm
3
Wall thickness
GTOC
0.75mm ± 0.10mm
4
Inner diameter clearance
Blowing steel ball
A 3mm steel ball can be blown freely through the duct.
5
Ovality
GTOC
≤ 7%
6
Pressurization
5 minutes @12 bar each duct
No damage and leakage
7
Kink
IEC 60794-1-2 Method E10
≤ 50mm
8
Tensile strength
Rate of extension:
100mm/min
≥ 520N
9
Impact
IEC 60794-1-2 Method E4
1.0 J Impact, recovery time 1 hour
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10
Min. bend radius
60mm
No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
Physical and Mechanical Properties (BUNDLE)
Tube Bundle
No. of ways
Outer Diameter
(Nom.)
Wall thickness
(mm)
Tolerance
(mm)
Max Tensile
(N)
HDPE 2x 18/14mm
2
38.4mm
1.2
±0.20
weight*G
HDPE 2x 16/12mm
2
34.4mm
1.2
±0.20
weight*G
HDPE 2x 14/10mm
2
30.4mm
1.2
±0.20
weight*G
HDPE 2x 12/8mm
2
26.4mm
1.2
±0.20
weight*G
HDPE 2x 10/6mm
2
22.4mm
1.2
±0.20
weight*G
HDPE 2x 8/4mm
2
18.4mm
1.2
±0.20
weight*G
HDPE 2x 7/3.5mm
2
16.4mm
1.2
±0.20
weight*G
HDPE 2x 5/3.5mm
2
12.4mm
1.2
±0.20
weight*G
*Customization service available for different sheath thickness or different number of sub-ducts.
hexatronic microduct
Técnica de fabricação do tubo de microduto 4ways:
Manufacturing Technique
Standards:
Crush performance
IEC 60794-1-2-E3
Tensile & elongation
IEC 60794-1-2-E1
Bend
IEC 60794-1-2-E11
Flexibility
IEC 60794-1-2-E8
Kink
IEC 60794-1-2-E10

Armazenar:

Os pacotes concluídos do microduto HDPE na bateria podem ser armazenados no máximo. 12 meses após a data da produção. Temperatura de armazenamento: -40 ℃ a +70 ℃ Temperatura de instalação: -20 ℃ a +50 ℃ Temperatura de operação: -40 ℃ a +70 ℃
Embalagem e fabricação de produtos:
low friction microduct24 way microduct
Projeto:
micro duct microductHDPE 1.2mm micro duct
Capacidade de fornecimento e informaçõ...

PacotePacote de exportação padrão, comprimento do tambor é 2000m ou personalizado

produtividade600000 Meter/Meters per Month

transporteOcean,Land,Air,Express

Lugar de origemChina

Apoio sobre600000 Meter/Meters per Month

Certificados ISO,ROHS

Código HS3917210000

portaShenzhen,Guangzhou

Tipo de pagamentoL/C,T/T,Paypal,others,Cash

IncotermFOB,CFR,CIF,EXW,FAS,FCA,Express Delivery

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